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New Process Research on Aluminium Production from Non-Traditional Aluminum Resource by Microwave Chlorination

机译:微波氯化非传统铝资源铝生产的新工艺研究

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摘要

A novel method was developed to prepare aluminium via fluidizing chlorination with untraditional aluminum resources as raw materials. The main steps in this method were: alumina transformed into aluminium chloride through fluidizing chlorination; aluminium chloride reacted with NaOH solution for aluminium hydroxide and NaCl; NaOH and Cl_2 were recycled from NaCl solution by electrolytic process. The new process for preparing aluminium resources by fluidizing chlorination method was proposed to realize efficient separation of the valuable components in non-traditional aluminum resources such as fly ash or low grade bauxite, silicon in untraditional aluminum changed into SiCl_4 in fluidizing chlorination which could be used as raw materials for high purity Si products. Furthermore, the tailings emission of this process was quite lower than that of Bayer process. This paper mainly introduce the principle of this new process, the thermodynamics of fluidizing chlorination is analysis as well.
机译:开发了一种新方法,以通过流化氯化与未结合的铝资源作为原料制备铝。该方法的主要步骤是:氧化铝通过流化氯化成氯化铝;氯化铝与氢氧化铝和NaCl的NaOH溶液反应;通过电解过程从NaCl溶液中再循环NaOH和Cl_2。提出了通过流化氯化方法制备铝资源的新方法,以实现粉煤灰或低级铝土矿等非传统铝资源中有价值的成分的有效分离,在未经传统铝中硅变成了流化氯化的SiCl_4,可以使用作为高纯度Si产品的原料。此外,该过程的尾矿排放量远低于拜耳过程的尾矿。本文主要介绍了这一新工艺的原理,流化氯化的热力学也是分析。

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